Fig. 7
From: An electrostatic switching mechanism to control the lipid transfer activity of Osh6p
Removal of the lid elicits the reorientation of Osh6p on a bilayer surface. a Evolution of the height between the center of mass of the protein relative to the plane of the bilayer during 600 ns. b Evolution of the angle between the α7-helix and the plane of the membrane during the trajectory. c Snapshot at time zero and every 100 ns of the trajectory showing the reorientation of the protein relative to the lipid bilayer. d Percentage of time Osh6p’s residues (f values) are in contact with membrane during six successive periods (100 ns each) of the trajectory. The loops corresponding to residues in contact with membrane are indicated. As a comparison, the f values are indicated for the last 100 ns of the Δ69-1 and Δ69-2 trajectories, during which Osh6pΔ69 is membrane-bound. The f values of the last 100 ns of the Δ69-3 trajectory, similar to those of the Δ69-2 trajectory, were omitted for clarity. Source data are provided as a Source Data file
